The possibility of using ash and slag waste from thermal power plants in the production of heat-insulating glass materials has been established. Compositions with different granulometric composition of ...
The physicochemical processes of the formation of the cellular structure of heat-insulating building glass materials as a result of thermoplastic sintering of the charge at a temperature of 600? 870? C. ...
The possibility of synthesis of heat-insulating building materials with a given density on the basis of cullet, slag of a metallurgical plant and ash and slag waste from thermal power plants is considered. ...
The effect of small additions of zirconium concentrate with an average particle size of 30 nm on the physical and mechanical properties of foam glass is considered. It was found that the introduction of ...
The possibility of producing heat-insulating glass and glass-crystalline composite for construction purposes based on ash and slag waste from thermal power plants, which meets modern building codes and ...
The influence of the particle size of the charge and its mixing on the structure and properties of the foam slag glass is considered. At different temperatures, samples of foam slag glass were synthesized ...
The possibility of producing heat-insulating glass-composite material based on slag waste from thermal power plants (foam slag glass) is considered. A series of foam slag glass compositions (PSHS) has ...
The possibility of producing heat-insulating glass-composite material based on slag waste from thermal power plants (foam slag glass) is considered. A series of foam slag glass compositions has been developed. ...
